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Thomas FeuillenPhD student, Radar Signal Processing
2, Clos de Mérival1490 Court-saint-Etienne, Belgium
H (+32) 494 68 66 04B thomas.feuillen@uclouvain.be
Í thomas-feuillen.comtfeuillen
goo.gl/5YfFD3
Current Affiliation2015–Present PhD student, Teaching Assistant, ICTEAM, UCLouvain, Thesis: The use of Compressive
Sensing in Radar Signal Processing, supervised by Luc Vandendorpe, in collaboration withLaurent Jacques.
EducationMaster thesis Design of a new modulation for a multi-antenna Doppler radar for vehicle tracking .
Thomas Feuillen, Thomas Pairon, Christophe Craeye, Luc Vandendorpe & Icoms Detection.2013–2015 Master in Electromechanical Engineering, École Polytechnique de Louvain - EPL, UCLouvain,
specialised in mechatronic, option in automation and control.2010–2013 Bachelor in engineering science, École Polytechnique de Louvain - EPL, UCLouvain, major in
electricity, minor in mechanic.
Experience & Award2019 Best Paper Award, in IEEE RFID-TA 2019, “An Ultra-wideband Batteryless Positioning System
for Space Applications”, 2nd place Honorary mention.2019 Scientific Stay, in Edinburgh University in the team of Mike Davies for 3 months.2016 LOST, ESA project, UWB localisation with passive emitters and UHF,
Joint work between UCLouvain, UNIBO (Italy) and European Space Agency, 2016-2017.2014–Summer R&D internship, Icoms Detection, Louvain-la-Neuve, Belgium.
Development of a new radar product.2013–2014 Vice-champion of Belgium, EUROBOT, Belgium.
European competition of Robotics, as part of a project of the master in mechatronic in EPL.
PublicationsJournal T. Feuillen, M. E. Davies, L. Vandendorpe & L. Jacques. ”(l1, l2)-RIP and Projected Back-
Projection Reconstruction for Phase-Only Measurements” IEEE Signal Processing Letters, 2020Journal T. Feuillen, T. Pairon, C. Craeye, & L. Vandendorpe. ”Localization of Rotating Targets Using a
Monochromatic Continuous-Wave Radar.” IEEE Antennas and Wireless Propagation Letters, 2017Conference M. Drouguet, T. Feuillen, C. Raucy, L. Vandendorpe, C. Craeye, D. Dardari, N. Decarli, D. Fabbri,
A. Guerra, M. Fantuzzi, D. Masotti, A. Costanzo & A. Romani, ”An Ultra-wideband Battery-lessPositioning System for Space Applications”, presented at 2019 IEEE RFID-TA
Conference T. Feuillen, C. Xu, J. Louveaux, L. Vandendorpe, L. Jacques ”Quantity over Quality: DitheredQuantization for Compressive Radar Systems”, invited paper at RadarConf 2019
Conference T. Feuillen, C. Xu, L. Vandendorpe, L. Jacques ”1-bit Localization Scheme for Radar usingDithered Quantized Compressed Sensing”, presented at COSERA 2018, arXiv:1806.05408
Conference T. Feuillen, A. Mallat, & L. Vandendorpe. ”Stepped frequency radar for automotive application:Range-Doppler coupling and distortions analysis.” Military Communications Conference, MILCOM2016 IEEE
Workshop T. Feuillen, L. Vandendorpe, L. Jacques ”An extreme bit-rate reduction scheme for 2D radarlocalization”, presented at ITWIST 2018
Scientific TrainingSummer
SchoolInternational Radar Summer school 2017, ITWIST2018, ESOA course on Digital Radar at KIT2018, RadarConf summer school 2019
Other European Space Agency course Echoes in Space MOOC on Radar Remote Sensing
TeachingTelecommuni-
cationAM, FM, QPSK, OFDM, at bachelor and master level, exercise and laboratory sessions usingUSRPs.
Electricity Basics of analogical circuits, at bachelor level, exercise sessions and laboratories.Radar Ultra-Wide-Band, FMCW radar, Beamforming, at bachelor level, project with lectures and labora-
tories.Signal Proc Fourier theory, Filtering, at bachelor level, exercise sessions.EmbeddedElectronics
Project using programmable UAVs and sensors, at master level, lectures, exercises sessions andlaboratories.
Master Thesis Supervision2018-2019 Sparsity-driven moving target detection in distributed multistatic FMCW radars, Gilles Monnoyer
de Galland de Carnières.2018-2019 Synthetic aperture radar at small scale, Adrien Delhaye & Marie-Pierre van Oldeneel tot Oldenzeel.2016-2017 Radar target classification based on micro-Doppler signature analysis, Jean Léger.
SkillsSoftware
Language C, Matlab, PythonEnvironment Eclipse, Labview, Mbed, Jupyter
OS Linux, WindowsHardware
RF Basic knowledge of antenna theory, RF components, radar measurements, anechoic chamberSystem Systems synchronization and interface, real-time processing
LanguageFrench Mother tongueEnglish Full professional proficiencySpanish Elementary proficiencyGerman Notions
HobbiesGuitar, Movies, Discovering new cultures and languages, Traveling, Books and Trekking
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